Modular Two-Operation Automation System for CNC Machining Utilizing Integrated Pneumatic Vises and Automated Part-Flipping Station

Abstract

An automation module for CNC machining is disclosed, enabling fully automated two-operation part processing on a three-axis milling machine. The system comprises a manifold base integrating a first pneumatic vise, a second pneumatic vise, and a part-flipping station disposed therebetween. The vises secure a workpiece for sequential machining operations, while the part-flipping station reorients the workpiece between operations. All pneumatic actuation is internally routed through the base and controlled via solenoids, facilitating rapid setup and modular installation. The system supports robotic or pneumatic part-handling devices and includes a standardized 96 mm pull-stud pattern for compatibility with zero-point fixturing systems. Macro-based software templates allow for streamlined CNC programming across multiple controller platforms. The invention reduces setup time, eliminates manual repositioning, and enables continuous, unattended machining of dual-operation components.

Dependencies are inferred from the claim text.